Course Bundles

This course examines the leadership and quality responsibilities of clinical laboratory directors supervisors technologists and technicians practicing in Florida. Participants will review personnel qualifications scope of practice training competency assessment supervision delegation documentation quality control and corrective action requirements. The course emphasizes the responsibilities established by the Florida Board of Clinical Laboratory Personnel and the importance of maintaining accurate records identifying testing problems reviewing affected patient results and implementing effective corrective and preventive actions. Participants will learn how strong laboratory leadership and personnel oversight support regulatory compliance reliable testing and patient safety.

This course reviews the clinical laboratory’s role in HIV screening, diagnosis, monitoring, and patient care. Participants will examine HIV transmission, disease progression, specimen collection and handling, screening and confirmatory testing methods, quality control, interpretation of results, and common causes of inaccurate or inconclusive findings. The course also addresses occupational exposure prevention, standard precautions, confidentiality, documentation, and the timely communication of laboratory results.

This course examines the prevention of medical errors throughout the preanalytical, analytical, and postanalytical phases of clinical laboratory testing. Participants will review common sources of error involving patient identification, specimen collection and handling, quality control, equipment performance, result interpretation, documentation, and communication. The course emphasizes root cause analysis, corrective and preventive action, patient safety, personnel competency, and the responsibilities of Florida clinical laboratory professionals when testing conditions or results are unreliable.

This course reviews the Florida statutes and administrative rules governing licensed clinical laboratory personnel. Participants will examine the purpose and authority of the Florida Board of Clinical Laboratory Personnel, licensure and renewal requirements, license levels and specialties, scope of practice, supervision and delegation, continuing education responsibilities, professional conduct, mandatory reporting, disciplinary grounds, and penalties for violations.

The course emphasizes the practical responsibilities of clinical laboratory directors, supervisors, technologists, technicians, and public health laboratory personnel under Chapter 483, Part I, Florida Statutes; applicable provisions of Chapter 456, Florida Statutes; and Chapter 64B3, Florida Administrative Code. Participants will review how Florida law applies to routine laboratory situations involving specimen testing, result reporting, quality control, competency, delegation, expired or delinquent licenses, practice outside an authorized specialty, continuing education documentation, and reporting of criminal or professional disciplinary actions.

The course also reviews recent statutory changes affecting personnel qualifications and explains how Florida personnel licensure works alongside federal CLIA requirements. The goal is to help licensees recognize their individual legal responsibilities and maintain compliant, safe, and ethical laboratory practice.

This course reviews the principles and clinical application of PCR testing for infectious disease diagnosis. Designed for bench technologists, technical supervisors, and laboratory directors working under Florida licensure and federal CLIA requirements, it addresses molecular workflow, contamination prevention, assay validation, documentation, result interpretation, and common pre-analytical, analytical, and post-analytical errors.

This course material is intended for continuing education purposes for clinical laboratory personnel and should be used alongside, not in place of, current CLIA regulations, CLSI guidelines, and Florida Administrative Code requirements, which should always be consulted in their most current published form.

This course examines common pre-analytical, analytical, and post-analytical errors that can affect the accuracy and reliability of clinical laboratory testing. Participants will review error prevention strategies related to specimen collection and handling, testing procedures, quality control, result reporting, documentation, and corrective action.

This course reviews essential hematology concepts, including complete blood count interpretation, coagulation testing, peripheral blood smear evaluation, and the recognition and reporting of critical values. Participants will examine common testing concerns, abnormal findings, quality practices, and the laboratory’s role in supporting accurate and timely patient care.

This course reviews the clinical microbiology testing process from specimen collection through final reporting. Topics include specimen handling, transport, microscopy, staining, culture media, inoculation, incubation, microorganism identification, antimicrobial susceptibility testing, contamination prevention, biosafety, quality practices, documentation, and communication.

Participants will examine how specimen quality, culture conditions, testing errors, contamination, and result interpretation can affect the accuracy and clinical usefulness of microbiology findings.

This course reviews the basic principles of immunology and serology in clinical laboratory practice. Topics include the immune response, antigens, antibodies, common serologic testing methods, clinical applications, specimen concerns, testing interferences, quality control, result interpretation, documentation, and reporting.

Public health laboratory practice plays an important role in protecting both individual patients and the larger community. Public health laboratories support disease surveillance, reportable condition testing, outbreak detection, reference testing, chain of custody when required, and coordination with healthcare providers and public health authorities.

This course reviews the laboratory’s role in public health practice, including reportable conditions, timely reporting, outbreak response, specimen collection and handling, referral testing, chain of custody, biosafety, quality practices, confidentiality, and ethical responsibilities. Participants will examine how accurate testing, proper specimen handling, complete documentation, and clear communication support public health action and help protect communities.

This course reviews essential blood banking and transfusion-safety practices, including blood typing, antibody screening, compatibility testing, component selection, patient identification, and product handling. Participants will also examine the recognition, investigation, and documentation of transfusion reactions, with emphasis on error prevention, regulatory compliance, and patient safety.

This course reviews regulatory and quality requirements for point-of-care and CLIA-waived testing. Topics include personnel competency, quality control, specimen handling, equipment maintenance, documentation, result reporting, and prevention of preanalytical, analytical, and postanalytical errors. Emphasis is placed on standardized procedures, regulatory compliance, and practices that support accurate results and patient safety.

Drug testing is used in clinical, treatment, workplace, legal, and safety-related settings to help identify whether drugs, alcohol, medications, or other substances may be present in a person’s system. However, toxicology results are only meaningful when the specimen is collected correctly, handled securely, documented accurately, and interpreted within the limits of the testing method.

This course reviews the toxicology and drug testing process with emphasis on specimen collection, collection integrity, chain of custody, screening and confirmation testing, drug testing panels, cutoff levels, detection windows, interpretation limitations, documentation, reporting, confidentiality, and ethical considerations. Participants will examine how errors in collection, labeling, storage, transport, documentation, or interpretation can affect the reliability and defensibility of test results.

Clinical Chemistry and Urinalysis: Common Testing, Interferences, and Result Interpretation provides an overview of frequently performed clinical chemistry and urinalysis testing, with emphasis on specimen quality, common analytical interferences, and basic result interpretation in clinical laboratory practice. The course reviews routine chemistry panels, glucose and renal function markers, electrolyte testing, liver function indicators, therapeutic and toxicology-related testing considerations, and common urinalysis components including physical, chemical, and microscopic examination. Participants will examine how hemolysis, lipemia, icterus, improper collection, delayed processing, contamination, medication effects, and specimen handling issues can affect test accuracy. The course also discusses the role of quality control, critical values, reference ranges, correlation of findings, documentation, and communication of abnormal or unexpected results according to laboratory policy and professional standards.

This course reviews the full specimen management process, including patient preparation, test ordering, specimen collection, labeling, documentation, transport, storage, stability, and chain-of-custody considerations. Participants will examine best practices for collecting and handling blood, urine, stool, swab, tissue, and body fluid specimens while reducing common risks such as hemolysis, clotting, contamination, leakage, insufficient volume, wrong container use, delayed transport, improper storage, and labeling discrepancies. The course also explores the relationship between specimen integrity, quality assurance, and quality control in clinical laboratory practice. Topics include internal controls, calibration, proficiency testing, equipment checks, standardized procedures, competency validation, and the use of quality indicators to identify process gaps. Participants will learn how specimen rejection criteria, recollection decisions, root cause analysis, corrective action, and preventive action planning support reliable testing and continuous quality improvement.

Laboratory Safety, OSHA, Biosafety, and Exposure Control provides an overview of essential safety principles for clinical and laboratory personnel. This course examines OSHA standards, biosafety practices, exposure control requirements, and strategies for reducing workplace hazards in the laboratory setting. Participants will review safe handling of biological specimens, bloodborne pathogen precautions, personal protective equipment, chemical and sharps safety, infection prevention practices, incident reporting, and emergency response procedures. Emphasis is placed on maintaining a safe work environment, protecting laboratory staff and patients, and supporting compliance with regulatory and facility safety requirements.